Ready-Mix Ordering Tips: Access, Scheduling & Common Fees

What Suppliers Need From You (Before You Call)

Before contacting suppliers, gather this essential information to get accurate quotes and schedule delivery efficiently:

• Complete delivery address with clear directions and access instructions
• Project type and intended use (driveway, patio, garage floor, etc.)
• Calculated concrete quantity with waste buffer already added
• Preferred delivery date and time window with flexibility if possible
• Access conditions and constraints (tight gates, slopes, obstacles, ground stability)
• Special requirements (pump needed, weekend delivery, specific mix characteristics)
• Contact phone number that will be answered on delivery day

Delivery Address + Site Contact

Provide the complete delivery address and a contact phone number that will be answered on delivery day. GPS coordinates or detailed directions help for rural properties or new construction sites where addresses may not appear in navigation systems. If your site is part of a larger development or accessed through private roads, explain the route clearly.

The site contact—typically you or your contractor—must be available when the truck arrives to direct placement and make decisions. Drivers won’t wait indefinitely if no one is present, and you’ll likely be charged waiting time or have your load returned. Make sure whoever is listed as the contact understands they must be on-site and reachable by phone.

For commercial or gated properties, arrange access in advance. Inform security or property management that a concrete truck will be arriving. Provide gate codes, access instructions, or advance clearance so the truck isn’t delayed at the entrance while you sort out access issues.

Access & Truck Path (Turning Radius, Slope, Obstacles)

Concrete trucks are large, heavy vehicles that need adequate access space, turning radius, and stable ground to operate safely. Before ordering, walk the route the truck will take from the street to your forms. Look for overhead obstacles like low tree branches or power lines, narrow gates or passages the truck can’t fit through, tight corners requiring wide turning radius, and soft ground that might not support truck weight.

Measure gate widths and overhead clearances if access looks tight. Concrete trucks vary by fleet but are generally wide enough to require careful clearance planning—often around the width of a standard vehicle lane—and tall enough that overhead obstacles like tree branches and power lines are common concerns. Turning radius requirements mean the truck needs more space at corners than just its width—often requiring substantial clearance to navigate turns.

Steep slopes can prevent trucks from accessing sites. Drivers won’t risk getting stuck on hills or driveways with grades they consider unsafe. If your site has significant slope between the street and pour location, discuss this with your supplier during scheduling—they may suggest a smaller truck, pump service, or alternative delivery methods.

Soft ground is a frequent problem, especially after rain. Concrete trucks are extremely heavy when loaded—tens of thousands of pounds that exceed what many residential surfaces were designed to support. Ground that seems firm underfoot may not support this weight. If you have concerns about ground stability, discuss options like laying temporary mats or boards to distribute truck weight, or planning delivery during dry weather when ground is firmest.

Being honest about access limitations prevents situations where a truck arrives but can’t reach your forms, forcing expensive last-minute solutions or returned concrete.

Quantity Estimate + “Buffer” Concept

Calculate your concrete needs carefully and add a buffer for measurement variations, uneven excavation, spillage, and safety margin. Suppliers appreciate customers who have done their homework and provide realistic quantity estimates rather than guesses. Use a calculator to determine volume, then round up slightly rather than ordering exact calculated amounts.

The buffer concept acknowledges that real-world conditions rarely match perfect calculations. Your excavation may be slightly deeper in places, forms might not be perfectly straight, and some concrete inevitably spills or gets wasted during placement. Adding five to ten percent extra to your calculated volume accounts for these realities and provides margin for error.

When discussing quantity with your supplier, mention that you’ve added buffer. This demonstrates you understand concrete ordering and have thought through potential variations. Suppliers can also provide guidance based on your project type—they’ve seen thousands of similar pours and know what quantities typically work for different applications.

Don’t pad your estimate excessively to avoid returned concrete fees. Slight over-ordering is prudent. Ordering fifty percent extra “just to be safe” wastes money and creates disposal problems. Find the balance between adequate safety margin and realistic needs.

Concrete Strength / Mix Notes (Keep General, No Numbers)

Describe your project type and intended use so suppliers can recommend appropriate concrete mixes. Rather than specifying technical details you might not fully understand, explain what you’re building—a residential driveway, patio, garage floor, walkway—and mention any special requirements like exposed aggregate finish, decorative coloring, or freeze-thaw exposure.

Suppliers know what mixes work for different applications in your region. They can recommend appropriate strength, aggregate size, air entrainment for freeze-thaw protection, and other specifications based on local conditions and standard practices. Relying on their expertise prevents ordering inappropriate mixes that don’t perform well for your project.

If you have specific requirements from building codes, engineering plans, or architect specifications, provide those documents to your supplier. They can match their available mixes to your requirements or suggest modifications if exact specifications aren’t available in their standard products.

Mention any admixtures or special characteristics you want. Fiber reinforcement, accelerators for cold weather, retarders for hot weather, plasticizers for easier placement—these options affect mix design and cost. Discuss them during ordering so the delivered concrete meets your needs.

Clear communication about project requirements leads to better mix recommendations and prevents discovering incompatibility issues after concrete arrives.

Access Planning (The #1 Problem)

Can the Truck Reach the Forms?

The single most important access question is whether the truck can position itself to discharge directly into your forms. Concrete chutes can often reach roughly a truck-length distance from where the vehicle is positioned, though exact reach varies by truck configuration and chute extensions available. If the truck can park within this range of your forms with the chute aimed at the pour area, you can place concrete directly from the truck with minimal labor.

Walk the path from where the truck will park to your forms with a tape measure. Measure the distance accounting for any obstacles or restrictions. Visualize a large truck in that position—will it block traffic, fit within property lines, avoid damaging landscaping or structures? Can it maneuver into position and then exit without backing long distances or complex turns?

If the truck cannot reach within chute distance, you need an alternative placement method. This might mean wheelbarrows, a concrete pump, or redesigning site access. Each option has cost and labor implications that should be planned before delivery day, not discovered when the truck arrives.

Consider the entire pour duration. The truck will be in position for thirty minutes to over an hour depending on load size and placement complexity. Will this position block neighbors, deliveries, or normal traffic flow? Coordinate timing to minimize disruption and ensure the truck can occupy the space for as long as needed.

Chutes vs Wheelbarrows vs Pump (Decision Logic)

Direct chute placement is fastest, easiest, and cheapest when feasible—always the first choice if truck access allows. Chutes can often be extended or angled to reach slightly beyond normal range, and experienced drivers can position trucks for optimal chute placement. Maximize direct placement whenever possible.

Wheelbarrows become necessary when trucks can’t reach forms but distance is short—typically under fifty feet. This is hard physical labor that requires multiple people, adequate wheelbarrows, and clear paths. Estimate one person with a wheelbarrow can move perhaps one to two cubic yards per hour under good conditions. This means a five-yard load requires significant time and effort even with multiple workers.

Wheelbarrow placement also means concrete sits in the truck while you work, potentially incurring waiting time charges. And physical labor in hot conditions becomes exhausting quickly, slowing placement and risking concrete setup before you finish. Wheelbarrows work for small projects where pump rental isn’t cost-effective, but understand the labor requirement realistically.

Pumps solve access problems when distance is long, terrain is difficult, or speed matters. Concrete pumps can place material hundreds of feet from the truck, reach over obstacles, and pump concrete much faster than wheelbarrow crews can move it. The trade-off is cost—pump rental adds substantially to project expense and typically requires minimum charges that make pumps uneconomical for very small pours.

As a rough guide, consider pumps when direct chute access is impossible and volume exceeds three to four cubic yards, or when distance exceeds what wheelbarrow crews can reasonably handle. Discuss pump options with your concrete supplier—many coordinate pump services and can provide cost estimates and recommendations based on your site conditions.

Plan placement method during scheduling, not when the truck is on site waiting—each option has different timing, cost, and labor requirements that affect your pour strategy.

Protecting Surfaces (Driveways, Curbs, Landscaping)

Concrete trucks can damage driveways, crack curbs, compact lawns, and destroy landscaping if protection isn’t planned. The extreme weight of loaded trucks exceeds what many residential surfaces were designed to support. Even if a surface doesn’t visibly fail during delivery, the stress can cause cracks or damage that appear later.

Protect existing driveways and paved surfaces with plywood sheets, thick planks, or commercial truck mats that distribute weight over a larger area. This is particularly important for asphalt driveways, decorative pavers, or any surface you want to preserve. The cost of protection materials is minimal compared to repair costs if damage occurs.

Mark curbs, edges, and landscape features clearly so drivers can see boundaries and avoid contact. Bright flags, cones, or caution tape help identify features that might not be obvious from the driver’s seat. Remember drivers have limited visibility around the truck—make hazards obvious.

Sprinkler heads, buried utilities, septic system components, and similar underground features can be crushed by truck weight. Know where these are located and keep trucks away from them. If the truck must cross areas with underground utilities, verify load paths with utility companies or system installers to ensure safety.

For lawns and landscaping, the damage is often unavoidable if trucks must cross these areas. Accept that restoration work may be necessary and plan for it in your budget. Some homeowners lay temporary gravel or mat paths that can be removed after delivery, providing stable truck access while minimizing permanent damage to landscaping.

Brief conversations with drivers when they arrive help—point out features to avoid and explain any concerns about surfaces or obstacles.

Backup Plan If Access Changes

Unexpected access problems on delivery day require quick solutions. Weather can make previously solid ground impassable. A neighbor might park blocking the truck’s path. Equipment or materials might be placed in locations that prevent truck access. Having a backup plan prevents these surprises from derailing your entire pour.

Before delivery day, identify alternative truck parking locations if the primary spot becomes unavailable. Know whether wheelbarrows are feasible as a backup placement method if chutes won’t reach. Have phone numbers for pump services if access problems require last-minute pump rental. Keep contact information for additional labor if you need emergency help moving concrete.

Understand your supplier’s policies about rescheduling or modifying deliveries if access problems can’t be solved immediately. Some suppliers charge fees for same-day changes or cancellations. Others are flexible if you catch problems early. Knowing these policies helps you make informed decisions about whether to proceed with difficult conditions or reschedule.

Communication is critical when access problems arise. Call your supplier immediately if you discover issues that might affect delivery. The earlier they know about problems, the more options exist for solutions. Waiting until the truck arrives leaves everyone in a difficult position with limited choices and potential for expensive failures.

Hope your primary access plan works perfectly, but have backup options ready in case it doesn’t.

Scheduling & Pour Timing

Picking the Right Delivery Window

Schedule delivery for a time when your site is fully prepared, crew is ready, weather is acceptable, and you have adequate daylight for finishing work. Morning deliveries are often preferable—crew is fresh, you have all day to complete finishing, and if problems arise you have time to address them. Afternoon or evening deliveries mean working against time constraints as daylight fades and crew fatigue sets in.

Consider temperature and weather patterns in your scheduling. In hot weather, early morning pours avoid peak afternoon heat that accelerates concrete setup and makes finishing difficult. In cold weather, late morning or midday timing takes advantage of warmer temperatures. Avoid scheduling when weather forecasts predict problematic conditions—heavy rain, extreme temperatures, or high winds.

Coordinate with your crew’s availability and energy. Concrete placement is physically demanding work that requires sustained effort. Make sure everyone involved is available for the entire duration, not just the first hour. Finishing work often takes longer than placement, and you can’t pause mid-finish to wait for someone to arrive or return.

Account for delivery windows that suppliers offer. Many provide two or four-hour windows rather than exact times. This flexibility helps them optimize truck routing but means you must be ready throughout the window. Don’t schedule a delivery window where the latest arrival time would create problems—assume the truck will arrive at the end of the window and plan accordingly.

Why Delays Matter (Finish Quality, Cold Joints)

Concrete begins setting as soon as it’s mixed, and delays between placement and finishing degrade surface quality. The longer concrete sits before finishing, the more difficult it becomes to work. Water evaporates, the surface stiffens, and achieving smooth finishes requires more effort with less satisfactory results. Severe delays can make proper finishing impossible, leaving permanent surface defects.

Cold joints occur when you place new concrete against existing concrete that has begun setting. The bond between the two batches is weak, creating a structural discontinuity and visible line. If you run short and need additional concrete delivered, delays between loads risk cold joints. If site problems slow placement so much that concrete sets before you finish placing the entire load, you’ll have cold joints within a single pour.

These problems are largely avoidable through proper preparation and realistic scheduling. Have everything ready before the truck arrives. Don’t start a pour if significant preparation work remains unfinished. Keep the pour moving continuously from placement through finishing without extended breaks. The concrete doesn’t care about your schedule or problems—it’s setting on a biological timer you cannot stop.

Waiting time charges from suppliers are partly about compensating for truck idle time, but they also reflect the reality that concrete quality degrades in the truck. Concrete that sits in the drum for hours becomes less workable and may require additional water—which weakens the concrete—to remain placeable. Keeping pours moving benefits everyone.

Crew Readiness Checklist (Forms, Base, Tools, Water Plan)

Before scheduling delivery, verify every aspect of site preparation is complete or will be finished with margin before the truck arrives. This checklist prevents discovering missing elements when concrete is on the way:

• Forms installed and secure: All forms staked solidly, aligned correctly, braced against concrete pressure, checked for level and grade. Forms that shift during placement create disasters.
• Base prepared and compacted: Excavation complete, gravel placed and compacted thoroughly, grade verified, drainage confirmed working. Don’t pour concrete on inadequate base no matter how urgent the schedule.
• Reinforcement positioned: Rebar or mesh in place, tied and supported at correct height, extending properly to edges. Reinforcement provides no benefit if you realize during placement it wasn’t installed.
• Tools and supplies ready: Screeds, floats, trowels, edgers, groovers, brushes—everything needed for finishing organized and accessible. Water supply for tool cleaning available. Extension cords if power tools are used. Everything staged before concrete arrives.
• Crew present and briefed: All workers on site before delivery window starts, understanding their roles, knowing the plan. This isn’t time for training or explaining—everyone should understand expectations before concrete flows.
• Access clear and verified: Truck path clear of obstacles, gates open, pets secured, neighbors notified. Someone designated to guide the truck into position if needed.

Weather Planning (General Guidance, No Exact Thresholds)

Weather affects concrete quality, finishing difficulty, and curing success. Avoid scheduling pours during obviously problematic conditions—heavy rain that will dilute fresh concrete, extreme heat that accelerates setup beyond workability, or freezing temperatures that prevent proper curing and can damage concrete permanently.

Rain forecast doesn’t automatically prevent pouring, but you need a plan. Light rain after finishing usually isn’t problematic if concrete has set sufficiently. Heavy rain during placement dilutes the surface and washes cement paste away, creating weak spots and surface defects. If significant rain is likely during your pour window, consider rescheduling unless you have adequate covering plans.

Hot weather requires adjustments—earlier start times, additional crew for faster finishing, water for evaporation control, possibly retardant admixtures from your supplier. These are manageable challenges with planning, but they require acknowledgment and preparation. Don’t schedule an afternoon pour on the hottest day of summer without understanding the difficulties you’ll face.

Cold weather presents different challenges. Concrete needs adequate temperature to cure properly. Very cold conditions require heated enclosures, insulation blankets, or special cold-weather mixes with accelerators. These solutions cost money and require planning. If cold weather is unavoidable, discuss options with your supplier rather than hoping standard concrete will work in freezing conditions.

Wind affects surface moisture and finishing in any temperature. High winds accelerate evaporation, causing surface cracking and making finishing more difficult. Windbreaks, frequent water misting, or rescheduling help manage wind problems.

Check weather forecasts several days before your scheduled pour and have a rescheduling plan if conditions turn problematic.

Common Add-On Fees (Without Fixed Numbers)

Short Load Concept (Small Orders)

Many suppliers charge additional fees for loads below a minimum volume threshold. This reflects the economic reality that delivering small amounts costs the supplier nearly as much as delivering larger loads—same truck, driver, fuel, and time are required regardless of load size. The exact threshold and fee structure vary significantly by supplier and market.

Short load fees typically decrease as load size increases, disappearing entirely once you exceed the supplier’s minimum volume. Some suppliers have no minimum at all. Others charge substantial premiums for very small loads. Ask about minimums and short load policies when getting quotes so you understand how they affect your project costs.

For small projects, compare ready-mix with short load fees versus mixing bags yourself. The break-even point where ready-mix becomes economical despite fees varies by local pricing and your labor availability. If your project is near the minimum threshold, consider whether you could increase the pour slightly to exceed the minimum and avoid fees—perhaps slightly larger dimensions or adding a small secondary project makes financial sense.

Waiting Time / Standby

Concrete trucks are expensive assets that generate revenue only when moving or pouring. Time spent waiting at your site for you to be ready, clear access problems, or finish placement is time the truck isn’t serving other customers. Suppliers typically allow a limited free time period for unloading and charge waiting fees beyond that threshold.

Waiting time charges are usually billed in increments beyond the free period. The exact threshold and rates vary by supplier. The common theme is that efficient pours that keep concrete moving avoid these charges, while delayed pours where trucks sit idle accumulate fees quickly.

Avoid waiting charges through thorough preparation. Be completely ready before the truck arrives. Keep placement moving continuously without extended breaks. Have adequate crew to maintain pace. Don’t schedule a pour if you’re uncertain about readiness—the stress of rushing while watching waiting time charges accumulate makes poor quality work almost inevitable.

Returned Concrete / Cancelation

Concrete that returns to the plant in the truck cannot be reused and represents a complete loss to the supplier. If you over-order substantially or cancel after the truck is loaded, you’ll typically pay for the returned concrete even though it provided no benefit to your project. Policies vary, but expect to pay something substantial for concrete that returns in the truck.

Minimize return risk by calculating quantities carefully and adding modest buffer rather than large excess. If you do end up with extra concrete, find uses for it—small pads, walkway sections, filling low spots. Concrete finding productive use at your site isn’t “returned” in the fee sense even if it wasn’t part of your original plan.

Cancellation policies typically depend on notice timing. Canceling well in advance usually incurs no charge or minimal fees. Canceling the day of delivery or after trucks are loaded typically results in substantial charges. Weather-related cancellations might be treated differently—discuss your supplier’s policies when scheduling so you understand options if weather turns problematic.

After-Hours / Weekend / Priority Delivery

Delivery outside normal business hours typically costs extra. Early morning, evening, weekend, or holiday deliveries require paying premium rates for driver time and may involve additional scheduling complexity. If you need these timing options, ask about surcharges when scheduling.

Priority or rush delivery—requesting service on shorter notice than the supplier’s standard scheduling—may also incur fees. Suppliers plan truck routes and batch schedules days in advance for efficiency. Inserting rush orders disrupts optimization and may require pulling trucks from scheduled routes. The flexibility comes at premium cost.

For most residential projects, standard scheduling during normal business hours avoids these charges entirely. Plan ahead, schedule with adequate notice, and choose delivery times within regular hours. The cost savings are significant and the service is typically more reliable since you’re working within the supplier’s normal operations.

Distance / Jobsite Difficulty / Special Access

Delivery locations far from the concrete plant may incur distance charges. Concrete has a limited working time that decreases as travel time increases. Very distant deliveries risk concrete beginning to set before arriving at the jobsite. Suppliers address this through distance-based fees and sometimes maximum delivery radius policies.

When getting quotes, provide accurate delivery addresses so suppliers can assess distance. If you’re near the edge of a supplier’s service area, ask whether distance charges apply. Sometimes choosing a different supplier closer to your site, even with slightly higher base prices, results in lower total costs after distance charges.

Jobsite difficulty charges address situations where delivery involves unusual risk, effort, or time. Narrow access requiring special maneuvering, unstable ground conditions requiring caution, restricted sites with complex access protocols—these circumstances increase supplier costs and may result in surcharges. Being upfront about difficult conditions during scheduling leads to accurate quotes rather than surprise charges at delivery.

Pump / Line Add-Ons (If Used)

Concrete pumps are specialized equipment typically provided by independent companies, though some ready-mix suppliers coordinate pump services. Pump costs are separate line items that can substantially increase project expense. Expect minimum charges that make pumps uneconomical for very small pours, plus additional fees based on distance pumped, setup difficulty, or time required.

Some suppliers include pump coordination in their service and bill pump costs on the concrete invoice. Others require you to arrange pump service independently. Clarify whether your supplier coordinates pumps and how billing works. Either way, get pump cost estimates before scheduling so you understand total project costs.

Pump setup takes time and requires access for both the pump truck and the concrete delivery truck. Plan for two large vehicles at your site if using pump services. Coordinate timing so both arrive when ready. Some pumps require the concrete truck to pour directly into the pump’s hopper, meaning both must be present simultaneously.

How to Avoid Running Short Mid-Pour

Measure Correctly (Inside Forms)

The most common quantity error is measuring outside rather than inside forms. The inside dimension—where concrete actually goes—is what matters for calculations. Measuring outside includes form board thickness and inflates your area calculation, but it doesn’t help prevent running short. In fact, outside measurements lead to under-ordering because they suggest more area than actually exists inside the forms.

Always measure from the inside face of one form board to the inside face of the opposite form. Hook your tape on the inside edges, not the outside edges. Take measurements at multiple points along each dimension because forms can bow or shift slightly. Use the average if measurements vary, or adjust forms if the variation is large.

For thickness, measure from the bottom of your excavation to the top edge of the forms. If you’ve added a gravel base, subtract the base thickness to find concrete thickness. Understanding the distinction between total excavation depth and actual concrete thickness prevents calculation errors.

Verification helps catch mistakes before they become problems. Have someone else independently measure and calculate quantity, then compare results. Significant differences indicate a measurement or calculation error that you can resolve before ordering. The few minutes spent verifying measurements prevent expensive shortages or overages.

Add a Waste Buffer (Concept Only)

Real-world conditions never match perfect calculations exactly. Excavations are slightly uneven. Forms bow slightly. Some concrete spills during placement. Over-excavation creates deeper areas. These variations mean you’ll need more concrete than theoretical calculations suggest. Adding buffer accounts for these realities.

A modest buffer—typically five to ten percent of your calculated volume—provides safety margin without excessive waste. Smaller projects benefit from higher percentage buffers because small measurement errors represent larger proportional impacts. Larger projects can use slightly smaller percentage buffers since errors tend to average out over larger areas.

Buffer is insurance, not waste. It prevents the disaster of running short mid-pour, which creates cold joints, requires emergency partial deliveries, and often results in permanent visible defects. Even if your buffer means slight over-ordering, you can find uses for excess concrete. Running short has no good solution once it happens.

Discuss your buffer strategy with your supplier when ordering. Mentioning that you’ve added buffer demonstrates you’ve thought through potential variations. Suppliers can also advise whether your buffer seems appropriate for your project type—they’ve seen similar pours and know what quantities typically work.

Order Rounding Logic (Concept: Round Up to Delivery Increments)

Concrete is typically ordered in increments that match truck capacity and supplier batching practices. Rather than ordering exact calculated amounts—like three point seven three cubic yards—round to convenient delivery increments. This simplifies scheduling, ensures you don’t run slightly short due to rounding down, and often matches how suppliers prefer to batch and deliver.

Rounding up provides additional buffer beyond your calculated buffer. If your calculation plus initial buffer gives you three point seven yards, rounding to four yards adds further margin. This seems like paying for concrete you don’t need, but the small extra cost prevents the much larger cost of running short.

Ask your supplier about preferred ordering increments. Some batch in half-yard increments and can deliver very precise quantities. Others prefer full-yard increments and may charge premiums for partial yards. Understanding their practices helps you order in ways that work well with their operations while meeting your needs.

Plan Pours in Sections (If Needed)

Very large projects or situations where exact quantity is uncertain can be split into sections poured separately. This prevents the risk of massive over-ordering or running short on huge quantities. Each section is calculated, ordered, and poured independently, allowing you to adjust subsequent sections based on experience from earlier sections.

Control joints naturally divide slabs into sections. Planning to pour each section between joints as a separate operation provides clean break points and eliminates cold joint concerns within sections. The joints themselves are designed separation points, so stopping at joints doesn’t create structural problems.

Sectioned pours require more coordination—multiple deliveries scheduled days apart to allow previous sections to cure. This extends project timelines and may increase total costs due to multiple delivery charges. However, the reduced risk and improved quality control can justify these trade-offs on large or complex projects.

For most residential projects, single pours are preferable if quantity can be estimated confidently. Sectioned pours add complexity that’s unnecessary when careful measurement and adequate buffer provide sufficient assurance. Reserve sectioned approaches for situations where they genuinely reduce risk or improve outcomes.

Pre-Pour Checklist (Day-Of)

Forms & Grade Verified

Walk your forms one final time before delivery window starts. Check that all stakes remain secure, bracing is solid, joints between form sections are tight, and nothing has shifted since your last inspection. Verify that forms are level or at proper grade if you’re building slope. Small shifts or movements can create problems during placement when concrete pressure tests form strength.

This final check also confirms you haven’t overlooked anything. Missing form sections, gaps that will leak concrete, areas where forms don’t match your intended layout—discovering these problems before concrete arrives allows fixes. Finding them when the truck is waiting costs money and creates stress.

Base Compacted + Drainage Checked

Verify that your base is thoroughly compacted and drainage provisions are working correctly. Walk the base and check for soft spots, areas that show footprints, or sections that feel spongy underfoot. These indicate inadequate compaction that will cause settlement and cracking. Address them before pouring, not after.

Check that drainage paths are clear and functioning. Pour water along edges and in areas where drainage matters, watching where it flows. Water should move away from the slab area, not pool or flow back toward forms. If drainage isn’t working, identify and fix problems now.

Reinforcement Positioned

Confirm that reinforcement is properly positioned and supported at correct height. Walk across the area checking that rebar or mesh remains elevated on chairs, tied securely, and extending properly to edges. Reinforcement that shifted during base preparation or due to workers stepping on it needs adjustment before pouring begins.

This is your last opportunity to verify reinforcement placement. Once concrete flows, you cannot see reinforcement position and fixing problems is impossible. Take this final check seriously—proper reinforcement position determines whether reinforcement provides any benefit.

Control Joints Plan

Review your control joint plan one final time. Confirm you know where joints will be placed, have the tools ready to cut or tool them, and understand timing for joint installation. Joints forgotten during placement or incorrectly positioned cannot be easily added later.

If you’re using saw-cut joints after placement, verify you’ve arranged access to a concrete saw and know when cutting must occur. Hand-tooled joints must be installed during finishing, which means remembering them when you’re focused on screeding and floating. A clear plan prevents overlooking joints in the rush of placement and finishing.

Finishing Tools + Manpower

Lay out all finishing tools in organized, accessible locations before delivery begins. Screeds, floats, trowels, edgers, groovers, brushes—everything needed should be staged where you can grab it quickly. Searching for tools while concrete sets wastes critical time and degrades finish quality.

Verify your crew is present, understands their roles, and is ready to work continuously once pouring starts. Concrete placement and finishing require sustained effort without extended breaks. Make sure everyone involved knows this and is prepared for the physical demands.

Have water available for tool cleaning, rinsing hands, and potentially misting the surface if finishing in hot weather. Extension cords should be placed if power tools are used. Everything ready means you can focus on the work rather than scrambling for missing items.

Truck Staging & Communication

Confirm that the truck path is clear, gates are open, and someone is designated to meet and guide the truck. Walk the entire truck path one final time looking for last-minute obstacles—neighbors’ parked cars, trash bins, equipment moved into the path, pets loose in the area. Clear anything that could interfere with truck access.

Have phone numbers ready and someone designated as the contact who will communicate with the driver. This person should understand the pour plan well enough to explain placement strategy and answer driver questions about where concrete should go.

After the Truck Arrives

Confirm Ticket Basics (Delivery, Mix Notes)

When the truck arrives, check the delivery ticket before placement begins. Verify the quantity matches your order, the mix specifications are what you requested, and the delivery address is correct. Mistakes happen in order entry—catching them before pouring begins prevents disasters.

The ticket shows when concrete was batched and how long it’s been in transit. Concrete that’s been in the truck for extended periods may be less workable or near the end of its working time. If you notice the batch time suggests very long transit, mention it to the driver and assess whether concrete quality seems acceptable.

Don’t sign the ticket until you’ve confirmed basics and checked that concrete looks right. Signing acknowledges you accepted the delivery. If something is obviously wrong—wrong load size, visibly set-up concrete, clearly incorrect mix—address it before signing rather than after.

Communicate Pour Plan

Briefly explain your placement plan to the driver. Show them where concrete should go, mention any special concerns or tricky areas, and coordinate how you’ll signal when to start and stop flow. Experienced drivers can offer suggestions based on having done thousands of pours—they may see solutions to placement challenges you haven’t considered.

Drivers control chute position and concrete flow rate. Clear communication about what you need helps them help you. If you want concrete placed in a specific pattern or sequence, explain why. If certain areas need gentle flow to avoid disturbing reinforcement or forms, mention it.

Keep the Pour Moving (Avoid Stop-Start)

Once placement begins, maintain continuous flow without extended breaks. Stopping and restarting creates cold joints, allows previously placed concrete to stiffen making finishing harder, and wastes time that may incur waiting charges. Plan your pour strategy to maintain momentum from start to finish.

Work placement and finishing simultaneously when possible. As one crew member places new concrete, others begin screeding and floating areas already placed. This parallel workflow keeps everything moving and ensures finishing happens before concrete becomes too stiff.

If you must stop temporarily—to adjust forms, clear obstacles, or rest briefly—communicate with the driver so they stop flow. Don’t let concrete pile up creating unmanageable amounts to spread. Brief, coordinated pauses are fine. Extended breaks that allow concrete to stiffen create problems.

What to Do If You’re Behind Schedule

If you realize you’re falling behind and concrete is setting faster than you can finish properly, focus on completing essential tasks first. Get all concrete placed and screeded to approximate grade before worrying about fine finishing. Rough floats to smooth major irregularities. Edge around forms to prevent crumbling edges.

If time becomes critical, accept that your finish may be less refined than ideal. A functional surface with slightly rough texture is far better than abandoning finishing entirely. You can live with imperfect finish texture. You cannot live with unfinished areas that remain rough and unusable.

Communicate with your crew about priorities if you’re rushed. Everyone needs to understand what’s essential versus what’s nice-to-have. This prevents wasting time on low-priority details while critical tasks remain unfinished.

In severe situations where concrete becomes unworkable before finishing is complete, you may need to make difficult choices about what’s salvageable. This is rare with proper planning but does occur. Focus on making the project functional even if it’s not beautiful. Cosmetic issues can sometimes be addressed later. Structural or functional failures cannot.

Tools & Size Pages

For very small projects:

• Bag Calculator – Compare bags vs ready-mix for projects under one cubic yard